1996
DOI: 10.1002/zaac.19966220213
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Nitridsulfidchloride der Lanthanide: II. Der Formeltyp M6N3S4Cl (M = LaNd)

Abstract: Die Oxidation der „leichten”︁ Lanthanide (M = LaNd) mit Schwefel und NaN3 in Gegenwart der Chloride MCl3 liefert aus Gemengen mit entsprechenden molaren Verhältnissen der Edukte chlorarme Nitridsulfidchloride der Zusammensetzung M6N3S4Cl. Der Zusatz von NaCl als Flußmittel gewährleistet vollständige und schnelle Umsetzungen (7 d) bei 850°C in evakuierten Quarzglasampullen sowie einkristalline Produkte (rotbraune Nadeln). Die Kristallstruktur wurde anhand röntgenographischer Einkristalldaten für die Randvertre… Show more

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Cited by 26 publications
(11 citation statements)
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References 29 publications
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“…In fact, the typical characteristic of the structural construction is actually created by the individual linkage of these [NLn 4 ] 9+ tetrahedra. As shown in Figure 3 [18] and in those of nitride sulfide halides Ln 6 N 3 S 4 X (Ln = La-Nd; X = Cl, Br) [19,20]. In the latter, however, the crystal structure is made up of two kinds of strands that are commensurable with each other along their propagation axis.…”
Section: Resultsmentioning
confidence: 96%
“…In fact, the typical characteristic of the structural construction is actually created by the individual linkage of these [NLn 4 ] 9+ tetrahedra. As shown in Figure 3 [18] and in those of nitride sulfide halides Ln 6 N 3 S 4 X (Ln = La-Nd; X = Cl, Br) [19,20]. In the latter, however, the crystal structure is made up of two kinds of strands that are commensurable with each other along their propagation axis.…”
Section: Resultsmentioning
confidence: 96%
“…The orthorhombic crystal structure of Nd 6 N 3 S 4 Cl (Pnma; a = 1137.1(3), b = 399.34(6), c = 2687.6(9) pm; Z = 4) [28] is still presenting a ratio N:Nd of 1:2, but shows for the first time two different chain motifs of interconnected [NNd 4 ] 9+ tetrahedra in the same crystal structure. Six crystallographically different Nd 3+ cations are present, two of them (Nd1 and Nd2) build up strand I ( 1 ∞ {[NNd 2 ] 3+ }) with a cis-edge connectivity of [NNd 4 ] 9+ tetrahedra as seen before in the crystal structure of Sm 4 N 2 S 3 [11] (Fig.…”
Section: Nd 6 N 3 S 4 CLmentioning
confidence: 95%
“…All Cl − -La 3+ bond lengths are thus within the usual range as described in LaCl 3 (297-300 pm) [22], La 3 Cl 5 TiO 4 (296-341 pm) [23], LaClWO 4 (297-343 pm) [24], La 4 NS 3 Cl 3 (297-332 pm) [19], La 6 N 3 S 4 Cl (298-317 pm) [20], La 3 Cl 3 Si 2 O 7 (290-322 pm) [25] or La 4 OS 4 Cl 2 (289-328 pm) [26]. Due to the two different space groups (Ibam vs. Pbcn) of the M 2 NCl 3 -type representatives (M = La-Nd, Gd) the coordination Table 3 Atomic parameters with equivalent thermal displacement coefficients (Ueq a /pm 2 ) and anisotropic thermal displacement coefficients (U ij b /pm 2 ) for Na2Nd4ONCl9.…”
Section: Atommentioning
confidence: 98%
“…Wyckoff position [19] and La 6 N 3 S 4 Cl (222-251 pm) [20], while in the binary rocksalttype lanthanum nitride LaN these distances amount to 264 pm (6×) in the [NLa 6 ] 15+ octahedra [21]. The (Cl1)-La bond length is 301 pm (4×) and another three different distances (290 pm, 300 pm and 2× 341 pm) occur between (Cl2) − and La 3+ within the excentric [(Cl2)La 4 ] 11+ tetrahedra (for more details see Table 4).…”
Section: Atommentioning
confidence: 99%